A B C D E F G H I J K L M N O P Q R S T U V W 

A

abort() - Method in class jargon.Operator
call the native ABORT: operator.
abs(Complex) - Static method in class jargon.Complex
Returns the absolute value (modulus) of a Complex, |z|.
aca - Variable in class jargon.Mccg
set to true/false to activate/desactivate the ACA preconditioning of inner iterations in case where a transport solution is selected.
acos(Complex) - Static method in class jargon.Complex
Returns the inverse cosine (arc cosine) of a Complex, with branch cuts outside the interval [-1,1] along the real axis.
acosh(Complex) - Static method in class jargon.Complex
Returns the inverse hyperbolic cosine (arc cosh) of a Complex, with a branch cut at values less than one along the real axis.
acosh(double) - Static method in class jargon.Sfun
Returns the inverse (arc) hyperbolic cosine of a double.
actionPerformed(ActionEvent) - Method in class jargon.JargonFrame
implement ActionListener interface.
actionPerformed(ActionEvent) - Method in class jargon.ServerFrame
implement ActionListener interface.
add(String) - Method in class jargon.ThreadPool
add a new server to the ThreadPool object.
adi - Variable in class jargon.Flux
number of alternating direction implicit (ADI) inner iterations per outer iteration.
adjoint - Variable in class jargon.Flux
set to true to compute both the direct and adjoint fluxes.
albedo - Variable in class jargon.Gigogne
geometric albedo corresponding to each side
alias - Variable in class jargon.Composition
single Composition used to make the mixture/material/medium.
argument(Complex) - Static method in class jargon.Complex
Returns the argument (phase) of a Complex, in radians, with a branch cut along the negative real axis.
asin(Complex) - Static method in class jargon.Complex
Returns the inverse sine (arc sine) of a Complex, with branch cuts outside the interval [-1,1] along the real axis.
asinh(Complex) - Static method in class jargon.Complex
Returns the inverse hyperbolic sine (arc sinh) of a Complex, with a branch cuts outside the interval [-i,i].
asinh(double) - Static method in class jargon.Sfun
Returns the inverse (arc) hyperbolic sine of a double.
Asm - Class in jargon
The Asm operator produces a Jlcm object containing the multigroup collision probability matrices or multigroup information required by the iterative flux solution.
Asm(String, String) - Constructor for class jargon.Asm
Use this constructor to create an Asm object of specific type.
atan(Complex) - Static method in class jargon.Complex
Returns the inverse tangent (arc tangent) of a Complex, with branch cuts outside the interval [-i,i] along the imaginary axis.
atanh(Complex) - Static method in class jargon.Complex
Returns the inverse hyperbolic tangent (arc tanh) of a Complex, with a branch cuts outside the interval [-1,1] on the real axis.
atanh(double) - Static method in class jargon.Sfun
Returns the inverse (arc) hyperbolic tangent of a double.
Autop - Class in jargon
The Autop operator is used to compute the self-shielding effects on the microscopic cross sections.
Autop(String, String) - Constructor for class jargon.Autop
Use this constructor to create a new Autop object.

B

bc - Variable in class jargon.Excell
type of boundary conditions for the collision probability calculation.
bc - Variable in class jargon.Gigogne
type of boundary conditions and/or symmetries in Cartesian geometry.
bihet - Variable in class jargon.Gigogne
object containing double-heterogeneity media and information relative to the double-heterogeneity model.
Bivac - Class in jargon
The Bivac tracking operator produces a Jlcm structure containing the energy-independent numerotation information required to solve the 2D diffusion equation with Bivac.
Bivac(String, String, int[], int) - Constructor for class jargon.Bivac
Use this constructor to create a new Bivac object in hexagonal geometry.
Bivac(String, String, int[]) - Constructor for class jargon.Bivac
Use this constructor to create a new Bivac object in Cartesian geometry.
buckling - Variable in class jargon.Flux
value of the fixed or initial total buckling in cm^{-2}.

C

chain - Variable in class jargon.Microlib
radioactive/burnup decay chain.
Cle2000 - Class in jargon
Call a parametrized Cle2000 procedure.
Cle2000(String) - Constructor for class jargon.Cle2000
use this constructor to create a new Cle2000 object
Cle2000(String, int) - Constructor for class jargon.Cle2000
use this constructor to create a new Cle2000 object
Cle2000(String, Lifo) - Constructor for class jargon.Cle2000
use this constructor to create a new Cle2000 object with an embedded Lifo stack
Cle2000(String, int, Lifo) - Constructor for class jargon.Cle2000
use this constructor to create a new Cle2000 object with an embedded Lifo stack
clone() - Method in class jargon.Composition
implementation of the Cloneable interface.
clone(String) - Method in class jargon.Composition
create a clone of a Composition object and rename it.
clone() - Method in class jargon.Composition.CompoInner
 
clone() - Method in class jargon.Isotope
implementation of the Cloneable interface.
close(String) - Method in class jargon.Jlcm
Close a Jlcm object.
comment - Variable in class jargon.Compo
user-defined comment
Complex - Class in jargon
This class implements complex numbers.
Complex(Complex) - Constructor for class jargon.Complex
Constructs a Complex equal to the argument.
Complex(double, double) - Constructor for class jargon.Complex
Constructs a Complex with real and imaginary parts given by the input arguments.
Complex(double) - Constructor for class jargon.Complex
Constructs a Complex with a zero imaginary part.
Complex() - Constructor for class jargon.Complex
Constructs a Complex equal to zero.
Compo - Class in jargon
The Compo operator is used to create or feed a multi-parameter reactor database containing the information required by the few-group diffusion (or simplified Pn) calculation.
Compo(String) - Constructor for class jargon.Compo
Use this constructor to create a new Compo object.
Composition - Class in jargon
This class defines the physical properties of a single medium, as required in a lattice calculation.
Composition(String, String) - Constructor for class jargon.Composition
use this constructor to define a composition with a specific type.
Composition(String) - Constructor for class jargon.Composition
use this constructor to define a composition of type "medium".
composition - Variable in class jargon.Composition.CompoInner
the component is a composition.
Composition.CompoInner - Class in jargon
This class defines a single mixture/material/medium component.
Composition.CompoInner() - Constructor for class jargon.Composition.CompoInner
 
ComputationalScheme - Class in jargon
This abstract class is intented to be subclassed into a specific computational scheme.
ComputationalScheme(String) - Constructor for class jargon.ComputationalScheme
Use this constructor to create a new ComputationalScheme object.
concentration - Variable in class jargon.Composition.CompoInner
concentration of the component.
cond - Variable in class jargon.Edition
array of increasing energy group limits that will be associated with each of the ngcond condensed groups.
conjugate(Complex) - Static method in class jargon.Complex
Returns the complex conjugate of a Complex object.
copy(String) - Method in class jargon.Jlcm
Deep copy of a dictionary- or list-type Jlcm object into a memory-resident Jlcm object.
copy(String, int) - Method in class jargon.Jlcm
Deep copy of a dictionary- or list-type Jlcm object into a memory-resident or persistent Jlcm object.
corn - Variable in class jargon.Excell
maximum distance (cm) between a line and the intersection of n >= 2 external surfaces where track redistribution will take place.
corr - Variable in class jargon.Isotope
set to true to compute the mutual resonance shielding effects with respects to other isotopes sharing the same inrs instance variable.
cos(Complex) - Static method in class jargon.Complex
Returns the cosine of a Complex.
cosh(Complex) - Static method in class jargon.Complex
Returns the hyperbolic cosh of a Complex.
cosh(double) - Static method in class jargon.Sfun
Returns the hyperbolic cosine of a double.
cot(double) - Static method in class jargon.Sfun
Returns the cotangent of a double.
ctra - Variable in class jargon.Macrolib
type of transport correction that should be generated and stored on the embedded LCM structure.
ctra - Variable in class jargon.Microlib
type of transport correction.
cut - Variable in class jargon.Excell
maximum error allowed on the exponential function used for specular collision probability calculations.
cylinder - Variable in class jargon.Sybil
type of cylinderization for approximations "ROTH" and "ROT+".

D

delta - Variable in class jargon.Trivaa
perturbation calculation flag.
dens - Variable in class jargon.Excell
density of the integration lines.
diffusion - Variable in class jargon.Mccg
set to true to use an ACA diffusion flux solution instead of a transport solution.
dilution - Variable in class jargon.Isotope
group independent microscopic dilution cross section (in barns) of the isotope in this mixture.
dirac - Variable in class jargon.Evo
set to true to compute the saturated number densities using a Dirac density component.
Dummy - Class in jargon
The Dummy operator produces a dummy Jlcm object containing a single key maned "key" and containing a float number equal to 1.0f.
Dummy() - Constructor for class jargon.Dummy
Use this constructor to create a new Dummy object.
dump() - Method in class jargon.Jlcm
Dump the LCM content to the PrintWriter.

E

ecco - Variable in class jargon.Asm
set to true to compute the P1-scattering reduced collision probability or system matrices required by the ECCO isotropic streaming model.
edit - Variable in class jargon.Operator
user-defined edition index.
Edition - Class in jargon
The Edition operator is used to perform homogenization and/or condensation of multi-region/multigroup information with the optional use of a superhomogenization (SPH) model.
Edition(String) - Constructor for class jargon.Edition
Use this constructor to create a new Edition object.
end() - Method in class jargon.Operator
call the native END: operator.
energy - Variable in class jargon.Macrolib
energy (eV) array which define the limits of the groups (ngroup+1 elements).
eps - Variable in class jargon.Autop
convergence criterion for the self-shielding iteration.
eps1 - Variable in class jargon.Evo
tolerance used in the algorithm for the solution of the depletion equations.
eps2 - Variable in class jargon.Evo
tolerance used in the search algorithm for a final fixed power.
epsilonLARGE - Static variable in class jargon.Sfun
The largest relative spacing for doubles.
epsilonSMALL - Static variable in class jargon.Sfun
The smallest relative spacing for doubles.
epsObj - Variable in class jargon.Operator
embedded Encapsulated Post Script (eps) file object
equals(Complex) - Method in class jargon.Complex
Compares with another Complex.
equals(Object) - Method in class jargon.Complex
Compares this object against the specified object.
erf(double) - Static method in class jargon.Sfun
Returns the error function of a double.
erfc(double) - Static method in class jargon.Sfun
Returns the complementary error function of a double.
Evo - Class in jargon
The Evo operator is used to compute and record the isotopic depletion history of the materials present in the domain.
Evo(String) - Constructor for class jargon.Evo
Use this constructor to create a new Evo object.
Excell - Class in jargon
The Excell tracking operator produces a Jlcm structure containing the energy-independent numerotation information required to solve the transport equation over a 2D or 3D domain using the method of characteristics or the method of collision probability.
Excell(String) - Constructor for class jargon.Excell
Use this constructor to create a new Excell object.
except() - Method in class jargon.Jlcm
Cause an exception (used to debug XABORT in Java).
exec(Macrolib, Tracking) - Method in class jargon.Asm
perform the assembly of the multigroup system matrices, as specified by the instance variables of this object and using cross sections recovered from a Macrolib object.
exec(Microlib, Tracking) - Method in class jargon.Asm
perform the assembly of the multigroup system matrices, as specified by the instance variables of this object and using cross sections recovered from a Microlib object.
exec(Autop, Tracking) - Method in class jargon.Asm
perform the assembly of the multigroup system matrices, as specified by the instance variables of this object and using cross sections recovered from an Autop object.
exec(Microlib, Tracking) - Method in class jargon.Autop
create the embedded LCM structure and perform a resonance self-shielding calculation.
exec(Autop, Microlib, Tracking) - Method in class jargon.Autop
perform a resonance self-shielding calculation and update the embedded LCM structure.
exec(Gigogne) - Method in class jargon.Bivac
load the embedded lcmObj structure corresponding to this Bivac tracking.
exec() - Method in class jargon.Cle2000
call the native CLE-2000 procedure using JNI
exec() - Method in class jargon.Compo
initialize the LCM structure (database) embedded in this Compo object
exec(Compo, Edition, Evo, Microlib) - Method in class jargon.Compo
add a new elementary calculation to the Compo Database
exec(Compo, Edition, Evo, Autop) - Method in class jargon.Compo
add a new elementary calculation to the Compo Database
exec(Compo, Compo) - Method in class jargon.Compo
catenate a Compo object into another
exec(Flux, Macrolib, Tracking) - Method in class jargon.Edition
initialize the Edition operator and perform the actions specified by its instance variables.
exec(Edition, Flux, Macrolib, Tracking) - Method in class jargon.Edition
perform the actions specified by the instance variables of this Edition object and update the embedded LCM structure.
exec(Flux, Macrolib, Tracking, Gigogne) - Method in class jargon.Edition
initialize the Edition operator and perform the actions specified by its instance variables in case where cond = "CELL" or where sph is set.
exec(Edition, Flux, Macrolib, Tracking, Gigogne) - Method in class jargon.Edition
perform the actions specified by the instance variables of this Edition object and update the embedded LCM structure in case where cond = "CELL" or where sph is set.
exec(Flux, Microlib, Tracking) - Method in class jargon.Edition
initialize the Edition operator and perform the actions specified by its instance variables.
exec(Edition, Flux, Microlib, Tracking) - Method in class jargon.Edition
perform the actions specified by the instance variables of this Edition object and update the embedded LCM structure.
exec(Flux, Microlib, Tracking, Gigogne) - Method in class jargon.Edition
initialize the Edition operator and perform the actions specified by its instance variables in case where cond = "CELL" or where sph is set.
exec(Edition, Flux, Microlib, Tracking, Gigogne) - Method in class jargon.Edition
perform the actions specified by the instance variables of this Edition object and update the embedded LCM structure in case where cond = "CELL" or where sph is set.
exec(Flux, Autop, Tracking) - Method in class jargon.Edition
initialize the Edition operator and perform the actions specified by its instance variables.
exec(Edition, Flux, Autop, Tracking) - Method in class jargon.Edition
perform the actions specified by the instance variables of this Edition object and update the embedded LCM structure.
exec(Flux, Autop, Tracking, Gigogne) - Method in class jargon.Edition
initialize the Edition operator and perform the actions specified by its instance variables in case where cond = "CELL" or where sph is set.
exec(Edition, Flux, Autop, Tracking, Gigogne) - Method in class jargon.Edition
perform the actions specified by the instance variables of this Edition object and update the embedded LCM structure in case where cond = "CELL" or where sph is set.
exec(Microlib, Flux, Tracking) - Method in class jargon.Evo
initialize and execute the Evo operator and perform the actions specified by the setSave(), setDEPL() and/or setSet() methods.
exec(Evo, Microlib, Flux, Tracking) - Method in class jargon.Evo
execute the Evo operator and perform the actions specified by the setSave(), setDEPL() and/or setSet() methods.
exec(Autop, Flux, Tracking) - Method in class jargon.Evo
initialize and execute the Evo operator and perform the actions specified by the setSave(), setDEPL() and/or setSet() methods.
exec(Evo, Autop, Flux, Tracking) - Method in class jargon.Evo
execute the Evo operator and perform the actions specified by the setSave(), setDEPL() and/or setSet() methods.
exec(Gigogne) - Method in class jargon.Excell
load the embedded lcmObj structure corresponding to this Excell tracking.
exec(Asm, Macrolib, Tracking) - Method in class jargon.Flux
execute the Flux operator for a transport tracking using a default initial condition.
exec(Flux, Asm, Macrolib, Tracking) - Method in class jargon.Flux
execute the Flux operator for a transport tracking using the flux embedded in a as initial condition.
exec(Asm, Microlib, Tracking) - Method in class jargon.Flux
execute the Flux operator for a transport tracking using a default initial condition.
exec(Flux, Asm, Microlib, Tracking) - Method in class jargon.Flux
execute the Flux operator for a transport tracking using the flux embedded in a as initial condition.
exec(Asm, Autop, Tracking) - Method in class jargon.Flux
execute the Flux operator for a transport tracking using a default initial condition.
exec(Flux, Asm, Autop, Tracking) - Method in class jargon.Flux
execute the Flux operator for a transport tracking using the flux embedded in a as initial condition.
exec(Macrolib, Tracking) - Method in class jargon.Flux
execute the Flux operator for a transport tracking using a default initial condition.
exec(Flux, Macrolib, Tracking) - Method in class jargon.Flux
execute the Flux operator for a transport tracking using the flux embedded in a as initial condition.
exec(Trivaa, Tracking, Macrolib) - Method in class jargon.Flux
execute the Flux operator for a Trivac tracking using a default initial condition.
exec(Flux, Trivaa, Tracking, Macrolib) - Method in class jargon.Flux
execute the Flux operator for a Trivac tracking using the flux embedded in a as initial condition.
exec(Gigogne) - Method in class jargon.G2s
compute and load the embedded file object containing the surfacic elements
exec() - Method in class jargon.Gigogne
load the embedded lcmObj object with the content of this Gigogne.
exec(Gigogne) - Method in class jargon.Gigogne
load the embedded lcmObj object with the content of an existing Gigogne.
exec(Microlib) - Method in class jargon.Gigogne
load the embedded lcmObj object with the content of this Gigogne.
exec(Macrolib) - Method in class jargon.Gigogne
load the embedded lcmObj object with the content of this Gigogne.
exec(Gigogne, Microlib) - Method in class jargon.Gigogne
load the embedded lcmObj object with the content of an existing Gigogne.
exec(Gigogne, Macrolib) - Method in class jargon.Gigogne
load the embedded lcmObj object with the content of an existing Gigogne.
exec() - Method in class jargon.Macrolib
load the embedded lcmObj object with the content of this Macrolib.
exec(Gigogne) - Method in class jargon.Mccg
load the embedded lcmObj structure corresponding to this Mccg tracking.
exec() - Method in class jargon.Microlib
load the embedded lcmObj object corresponding to this Microlib.
exec(Microlib) - Method in class jargon.Microlib
update the embedded lcmObj of an existing Microlib.
exec() - Method in class jargon.Procedure
Default exec() method for debugging purposes.
exec() - Method in interface jargon.ProcedureIntf
execute the procedure.
exec() - Method in class jargon.RepriseProc
implementation of the RepriseProc procedure.
exec() - Method in class jargon.SimpleCell
implementation of the computational scheme.
exec() - Method in class jargon.SimpleCompo
implementation of the computational scheme.
exec(Gigogne) - Method in class jargon.Sybil
load the embedded lcmObj structure corresponding to this Sybil tracking.
exec(Macrolib, Tracking) - Method in class jargon.Trivaa
create a new embedded LCM structure and perform the assembly of the multigroup system matrices, as specified by the instance variables of this object.
exec(Trivaa, Macrolib, Tracking) - Method in class jargon.Trivaa
recover the embedded LCM structure in an existing Trivaa object and perform the assembly of the multigroup system matrices, as specified by the instance variables of this object.
exec(Gigogne) - Method in class jargon.Trivac
load the embedded lcmObj structure corresponding to this Trivac tracking.
execNat(String, String, Jlcm[]) - Static method in class jargon.Operator
call the native operator using JNI
executeProc(ProcedureIntf) - Method in class jargon.ProcServerImpl
this method is the only operation which can be performed by the remote calculation engine.
executeProc(ProcedureIntf) - Method in interface jargon.ProcServerIntf
execute a remote calculation on a server
exp(Complex) - Static method in class jargon.Complex
Returns the exponential of a Complex z, exp(z).
expm - Variable in class jargon.Evo
selection criterion for non-fissile isotopes that are at saturation.
expor() - Method in class jargon.Jlcm
Serialize and save the object content on a sequential file.
expor(String) - Method in class jargon.Jlcm
Serialize and save the object content on a sequential file.
extr - Variable in class jargon.Evo
set to true to perform a linear extrapolation of the microscopic reaction rates, using the available information preceding the initial time xti.

F

fact(int) - Static method in class jargon.Sfun
Returns the factorial of an integer.
fileObj - Variable in class jargon.Operator
embedded file object
Flux - Class in jargon
The Flux operator is used to compute the multigroup neutron flux.
Flux(String, String) - Constructor for class jargon.Flux
Use this constructor to create a new Flux object of specific type.

G

G2s - Class in jargon
The G2s operator produces a sequential file containing the list of surfacic elements corresponding to a 2D arbitrary geometry.
G2s(String) - Constructor for class jargon.G2s
Use this constructor to create a new G2s object.
gamma(double) - Static method in class jargon.Sfun
Returns the Gamma function of a double.
get(String) - Method in class jargon.Jlcm
Recover a daughter Jlcm object or an elementary block of information from a dictionary-type Jlcm object.
get(int) - Method in class jargon.Jlcm
Recover a daughter Jlcm object or an elementary block of information from a list-type Jlcm object.
getAccess() - Method in class jargon.Jlcm
Return the access type of a Jlcm object.
getB2() - Method in class jargon.Flux
recover the buckling from the embedded LCM structure.
getDirectory() - Method in class jargon.Jlcm
Return the name of the accessible directory of a dictionary-type Jlcm object.
getInsets() - Method in class jargon.JargonFrame
overrides getInsets() in class Container.
getKeff() - Method in class jargon.Flux
recover the effective multiplication factor from the embedded LCM structure.
getLength() - Method in class jargon.Jlcm
Return the length of a list-type Jlcm object.
getLrda() - Method in class jargon.Jlcm
Return the number of words in a record of a direct access-type Jlcm object.
getMax() - Method in class jargon.Lifo
Gives the number of nodes in the lifo stack
getName() - Method in class jargon.ComputationalScheme
return the user-defined name of the ComputationalScheme object.
getName() - Method in class jargon.Jlcm
Return the name of the Jlcm object.
getNumberOfJobs() - Method in class jargon.ThreadPool
return the number of jobs in the pool.
getPool() - Method in class jargon.ServerFrame
return the ThreadPool object managed by this ServerFrame object.
getType() - Method in class jargon.Jlcm
Return the type of the Jlcm object.
Gigogne - Class in jargon
The Gigogne operator is used to create or modify a gigogne geometry.
Gigogne(String, String, int[]) - Constructor for class jargon.Gigogne
Use this constructor to create a Gigogne object of a specified type.
Gigogne.Bihet - Class in jargon
class used in the definition of double heterogeneity mixtures
Gigogne.Bihet() - Constructor for class jargon.Gigogne.Bihet
 
glob - Variable in class jargon.Evo
set to true to compute the burnup using the energy released in the complete geometry.
GoldsteinCohen - Variable in class jargon.Autop
set to true to activate the Goldstein-Cohen approximation in cases where Goldstein-Cohen parameters are stored on the internal library.
grmax - Variable in class jargon.Autop
last group index considered during the self-shielding process.
grmin - Variable in class jargon.Autop
first group index considered during the self-shielding process.

H

h1 - Variable in class jargon.Evo
estimate of the relative width of the time step used in the solution of burnup equations.
halt - Variable in class jargon.Tracking
stop the execution after the numerotation phase but before computing the particle tracks.
hashCode() - Method in class jargon.Complex
Returns a hashcode for this Complex.
hbc - Variable in class jargon.Gigogne
type of boundary conditions and symmetries in hexagonal geometry.
hdd - Variable in class jargon.Mccg
step characteristics criterion.
hete - Variable in class jargon.Flux
choice of the component(s) of the buckling chosen as eigenvalue when leak[1] = "HETE".
hside - Variable in class jargon.Gigogne
length of a side of a hexagon.

I

imag() - Method in class jargon.Complex
Returns the imaginary part of a Complex object.
imag(Complex) - Static method in class jargon.Complex
Returns the imaginary part of a Complex object.
impv - Variable in class jargon.Trivac
index used to control the printing in supervectorization subroutines.
innerEps - Variable in class jargon.Mccg
convergence criterion for flux components in the inner iteration.
innerMax - Variable in class jargon.Mccg
maximum number of inner (one-speed) iterations.
inrs - Variable in class jargon.Isotope
index of the resonant region associated with this isotope.
isAlive() - Method in class jargon.Procedure
Return the state of the execution thread.
iseg - Variable in class jargon.Trivac
width of a vectorial register.
isEmpty() - Method in class jargon.Jlcm
Return true if the a dictionary-type Jlcm object is empty.
isNew() - Method in class jargon.Jlcm
Return true if the dictionary-type Jlcm object is new.
isoCompo - Variable in class jargon.Composition
definition of an array of components making the mixture/material/medium.
isotope - Variable in class jargon.Composition.CompoInner
the component is an isotope.
isotope - Variable in class jargon.Composition
single Isotope used to make the mixture/material/medium.
Isotope - Class in jargon
This class defines the physical properties of a single isotope, as required in a lattice calculation.
Isotope(String, String, String, String, String) - Constructor for class jargon.Isotope
use this constructor to define a new isotope without self-shielding information.
Isotope(String, String, String, String, String, String) - Constructor for class jargon.Isotope
use this constructor to define a new isotope with self-shielding information.
iterations - Variable in class jargon.Autop
the maximum number of outer iterations during the self-shielding process.

J

jargon - package jargon
Provides the classes and interfaces for the Jargon object-oriented user model.
JargonException - Exception in jargon
Exception thrown by the native application behind the Jargon Operator exec() method.
JargonFrame - Class in jargon
This class is a JFC/Swing based window for executing computational schemes in the Jargon framework.
JargonFrame(String) - Constructor for class jargon.JargonFrame
Use this constructor to create a JargonFrame object.
Jlcm - Class in jargon
This class is an implementation of the Java bindings for LCM.
Jlcm() - Constructor for class jargon.Jlcm
Use this constructor to create a Jlcm object without embedded LCM object or file.
Jlcm(String, String) - Constructor for class jargon.Jlcm
Use this constructor to create a Jlcm object of a specified type.
Jlcm(String, String, int) - Constructor for class jargon.Jlcm
Use this constructor to create a Jlcm object of binary direct-access type.
join() - Method in class jargon.Procedure
Wait for the procedure to finish its execution.
join() - Method in class jargon.ThreadPool
wait until all jobs have been executed.
join(int) - Method in class jargon.ThreadPool
wait until iset jobs are remaining in the pool.

K

keff - Variable in class jargon.Flux
value of the fixed effective multiplication constant.
keys() - Method in class jargon.Jlcm
Return an Enumeration object for iterating on the keys of an associative table-type Jlcm object.
krylov - Variable in class jargon.Mccg
dimension of the Krylov subspace for the GMRES (if krylov>0) or Bi-CGSTAB (if krylov<0) acceleration of inner iterations.

L

lcmObj - Variable in class jargon.Operator
embedded LCM object
leak - Variable in class jargon.Flux
type of leakage approximation for the flux calculation.
length(String) - Method in class jargon.Jlcm
Return the length of a block of information in a dictionary-type Jlcm object.
length(int) - Method in class jargon.Jlcm
Return the length of a block of information in a list-type Jlcm object.
lib() - Method in class jargon.Jlcm
Print the table of contents of a dictionary- or list-type Jlcm object.
lib() - Method in class jargon.Lifo
Print the table-of-content of a lifo stack
Lifo - Class in jargon
This class is an implementation of the Java bindings for a last-in-first-out (lifo) stack used with CLE-2000.
Lifo() - Constructor for class jargon.Lifo
Use this constructor to create an empty Lifo object.
lign - Variable in class jargon.Sybil
set to true to specify that all the integration lines are to be printed.
lis(String, int) - Method in class jargon.Jlcm
Creation of a daughter list in a dictionary-type Jlcm object.
lis(int, int) - Method in class jargon.Jlcm
Creation of a daughter list in a list-type Jlcm object.
livolant - Variable in class jargon.Flux
two-component array containing the variational acceleration parameters.
log(Complex) - Static method in class jargon.Complex
Returns the logarithm of a Complex z, with a branch cut along the negative real axis.
log10(double) - Static method in class jargon.Sfun
Returns the common (base 10) logarithm of a double.
logBeta(double, double) - Static method in class jargon.Sfun
Returns the logarithm of the Beta function.
logGamma(double) - Static method in class jargon.Sfun
Returns the logarithm of the Gamma function of a double.

M

Macrolib - Class in jargon
The Macrolib operator is used to create a set of macroscopic cross sections for all the mixtures present in the domain.
Macrolib(String, int, int, int) - Constructor for class jargon.Macrolib
Use this constructor to create a new Macrolib object.
main(String[]) - Static method in class jargon.ProcServer
main method for the server application.
massDensity - Variable in class jargon.Composition
massic density of the material/medium.
maxcal - Variable in class jargon.Compo
maximum number of elementary calculations to be stored in the Compo object.
maxj - Variable in class jargon.Sybil
maximum number of interface currents surrounding the blocks.
maxr - Variable in class jargon.Tracking
number of computer words used in the dynamic allocation algorithm of the tracking operator.
maxz - Variable in class jargon.Sybil
maximum amount of memory required to store the integration lines.
Mccg - Class in jargon
The Mccg operator is a specialization of the Excell tracking operator used produces a Jlcm structure containing the energy-independent numerotation information required to solve the transport equation over a 2D or 3D domain using the method of characteristics MCCG of Igor Suslov.
Mccg(String) - Constructor for class jargon.Mccg
Use this constructor to create a new Mccg object.
medi - Variable in class jargon.Excell
option related to the choice of tracking angles.
media - Variable in class jargon.Gigogne
Composition object containing an isotopic mixture associated with each region inside the geometry.
merge - Variable in class jargon.Edition
type of homogenization.
merge - Variable in class jargon.Gigogne
array of numbers that associate a global sub-geometry or region number with each sub-geometry or region.
meshx - Variable in class jargon.Gigogne
spatial mesh defining the regions along the X-axis
meshy - Variable in class jargon.Gigogne
spatial mesh defining the regions along the Y-axis
meshz - Variable in class jargon.Gigogne
spatial mesh defining the regions along the Z-axis
method - Variable in class jargon.Composition
type of relative fractions.
micr1 - Variable in class jargon.Edition
automatic condensation of microscopic cross section information.
micr2 - Variable in class jargon.Edition
condensation of microscopic cross section information for the selected isotopes and for a macroscopic residual isotope.
Microlib - Class in jargon
The Microlib operator produces a Jlcm structure containing the microscopic cross section and library data required in a lattice calculation.
Microlib(String, String) - Constructor for class jargon.Microlib
Use this constructor to create a Microlib object of a specified type.
Microlib(String) - Constructor for class jargon.Microlib
Use this constructor to create a Microlib object of undefined type.
minus(Complex, Complex) - Static method in class jargon.Complex
Returns the difference of two Complex objects, x-y.
minus(Complex, double) - Static method in class jargon.Complex
Returns the difference of a Complex object and a double, x-y.
minus(double, Complex) - Static method in class jargon.Complex
Returns the difference of a double and a Complex object, x-y.
minus(Complex) - Method in class jargon.Complex
Returns the difference of this Complex object and another Complex object, this-y.
minus(double) - Method in class jargon.Complex
Subtracts a double from this Complex and returns the difference, this-y.
minusReverse(double) - Method in class jargon.Complex
Returns the difference of this Complex object and a double, this-y.
mix - Variable in class jargon.Edition
array of homogenized region indices to which are associated the isotopic mixtures.
mix - Variable in class jargon.Gigogne
isotopic mixture index associated with each region inside the geometry (obsolete).
mixs - Variable in class jargon.Microlib
array of Composition objects describing the medium-ordered information required to recover and interpolate the microscopic cross section and and library data.
moc - Variable in class jargon.Mccg
type of quadrature used to perform polar integration with the method of characteristics.

N

name - Variable in class jargon.Operator
user-defined name of this operator instance
nangl - Variable in class jargon.Excell
angular quadrature parameter.
nanis - Variable in class jargon.Excell
order of anisotropy in collision probability calculation.
negative(Complex) - Static method in class jargon.Complex
Returns the negative of a Complex object, -z.
node(String) - Method in class jargon.Lifo
Return the node with a given name or null.
node(int) - Method in class jargon.Lifo
Return the node at a given position or null.
noev - Variable in class jargon.Isotope
set to true to force a nuclide to be non-depleting (even in cases where it is potentially depleting).
norm - Variable in class jargon.Asm
type of a posteriori normalization for the scattering-reduced collision probability matrix.
norm - Variable in class jargon.Composition
set to true to normalize the relative fractions to 1.0.
norm - Variable in class jargon.Macrolib
set to true to specify that the macroscopic scattering cross sections and the fission spectrum have to be normalized.
notifyObserver() - Method in class jargon.Procedure
Send message "run completed" to Observers.

O

offcenter - Variable in class jargon.Gigogne
three-value array containing the displacement of the cylindric regions from the center of a Cartesian cell.
open(String) - Method in class jargon.Jlcm
Open a new Jlcm object or reopen an existing Jlcm object already closed by the close("KEEP") method.
Operator - Class in jargon
This abstract class is intented to be subclassed into a specific operator.
operator - Variable in class jargon.Operator
String identification of the specific operator
operatorOut - Variable in class jargon.Procedure
Operator object created by the procedure.
options - Variable in class jargon.Edition
user-selected options.
options - Variable in class jargon.Microlib
option selection.
options - Variable in class jargon.Trivaa
user-selected option list.
orig - Variable in class jargon.Compo
index of the elementary calculation associated to the father node in the parameter tree
OSName(String) - Method in class jargon.Lifo
Return the OSname of the node associated with a given name.
OSName(int) - Method in class jargon.Lifo
Return the OSname of the node at a given position.
outerEps - Variable in class jargon.Flux
convergence criterion for flux components in the outer iteration.
outerMax - Variable in class jargon.Flux
maximum number of outer (power) iterations.
over(Complex, Complex) - Static method in class jargon.Complex
Returns Complex object divided by a Complex object, x/y.
over(Complex, double) - Static method in class jargon.Complex
Returns Complex object divided by a double, x/y.
over(double, Complex) - Static method in class jargon.Complex
Returns a double divided by a Complex object, x/y.
over(Complex) - Method in class jargon.Complex
Returns this Complex object divided by another Complex object, this/y.
over(double) - Method in class jargon.Complex
Returns this Complex object divided by double, this/y.
overReverse(double) - Method in class jargon.Complex
Returns a double dividied by this Complex object, x/this.

P

passes - Variable in class jargon.Autop
the number of outer iterations during the self-shielding process.
plus(Complex, Complex) - Static method in class jargon.Complex
Returns the sum of two Complex objects, x+y.
plus(Complex, double) - Static method in class jargon.Complex
Returns the sum of a Complex and a double, x+y.
plus(double, Complex) - Static method in class jargon.Complex
Returns the sum of a double and a Complex, x+y.
plus(Complex) - Method in class jargon.Complex
Returns the sum of this Complex and another Complex, this+y.
plus(double) - Method in class jargon.Complex
Returns the sum of this Complex a double, this+y.
plusReverse(double) - Method in class jargon.Complex
Returns the sum of this Complex and a double, x+this.
pnor - Variable in class jargon.Asm
type of numerical technique used to normalize the collision, leakage and escape probability matrices.
pop() - Method in class jargon.Lifo
Pop the node on top of the Lifo stack.
pow(Complex, double) - Static method in class jargon.Complex
Returns the Complex z raised to the x power, with a branch cut for the first parameter (z) along the negative real axis.
pow(Complex, Complex) - Static method in class jargon.Complex
Returns the Complex x raised to the Complex y power.
Procedure - Class in jargon
This is an asynchroneous class intented to be subclassed into a user-defined procedure written in Java or in CLE-2000.
Procedure() - Constructor for class jargon.Procedure
 
ProcedureIntf - Interface in jargon
Interface implemented by the Jargon procedures.
ProcServer - Class in jargon
This class provides the server capabilities required by the Remote Method Invocation (RMI) mechanism.
ProcServer() - Constructor for class jargon.ProcServer
 
ProcServerImpl - Class in jargon
Implementation of the remote calculation engine.
ProcServerImpl() - Constructor for class jargon.ProcServerImpl
 
ProcServerIntf - Interface in jargon
Interface implemented by the remote calculation engine.
push(String, Object) - Method in class jargon.Lifo
Push a new node object on top of the Lifo stack
push(String, Object, String) - Method in class jargon.Lifo
Push a new node object with a type on top of the Lifo stack
push(String, Object, String, String) - Method in class jargon.Lifo
Push a new node object with a type and an "OSname" on top of the Lifo stack
push(String, int) - Method in class jargon.Lifo
Push a new integer on top of the Lifo stack
push(String, float) - Method in class jargon.Lifo
Push a new float on top of the Lifo stack
push(String, double) - Method in class jargon.Lifo
Push a new double on top of the Lifo stack
push(String, boolean) - Method in class jargon.Lifo
Push a new boolean on top of the Lifo stack
put(String, Object) - Method in class jargon.Jlcm
Store an elementary block of information in a dictionary-type Jlcm object.
put(int, Object) - Method in class jargon.Jlcm
Store an elementary block of information in a list-type Jlcm object.

Q

qua1 - Variable in class jargon.Sybil
number of basis points for the angular integration of the blocks in a one-dimensional geometry.
qua2 - Variable in class jargon.Sybil
two-component array used to define the two-dimensional integration parameters.
quab - Variable in class jargon.Sybil
number of basis point for the numerical integration of each micro-structure in cases involving double heterogeneity (Bihet).

R

radius - Variable in class jargon.Gigogne
spatial mesh defining the regions along the radial direction
readExternal(ObjectInput) - Method in class jargon.Jlcm
Implements the readExternal method of the Externalizable interface used to restore the contents of the Jlcm object.
real() - Method in class jargon.Complex
Returns the real part of a Complex object.
real(Complex) - Static method in class jargon.Complex
Returns the real part of a Complex object.
rect - Variable in class jargon.Sybil
set to true to specify that square cells are to be treated as if they were rectangular cells, with the inherent loss in performance that this entails.
regi - Variable in class jargon.Edition
array of homogenized region indices to which are associated the reference regions.
rep(String) - Method in class jargon.Jlcm
Creation of a daughter dictionary in a dictionary-type Jlcm object.
rep(int) - Method in class jargon.Jlcm
Creation of a daughter dictionary in a list-type Jlcm object.
RepriseProc - Class in jargon
Execution of a single branch calculation within SimpleCompo.
RepriseProc(String, float, float, Microlib, Evo, Edition, Gigogne, String) - Constructor for class jargon.RepriseProc
Use this constructor to create a new RepriseProc procedure.
reset() - Method in class jargon.Operator
erase the LCM structures embedded in this Operator object.
run() - Method in class jargon.Procedure
Implements the Runnable interface.
run(Runnable) - Method in class jargon.ThreadPool
add a new job to the pool.

S

satureInit - Variable in class jargon.Evo
set to true to save the saturated initial number densities in the LCM structure embedded in the Evo object.
save - Variable in class jargon.Edition
specify that the fluxes, the macroscopic and microscopic cross sections and the volumes corresponding to homogenized regions are to be saved on the embedded LCM structure.
scr - Variable in class jargon.Mccg
set to true/false to activate/desactivate the SCR preconditioning of inner iterations in case where a transport solution is selected.
sect - Variable in class jargon.Gigogne
sectorization index.
ServerFrame - Class in jargon
This class is a JFC/Swing based window for managing a ThreadPool object.
setAutopBurnupList(float[]) - Method in class jargon.SimpleCompo
set the burnup steps in MYday/Tonne corresponding to the self-shielding calculations.
setBase(String, int[]) - Method in class jargon.SimpleCell
set the polynomial basis for the finite element method.
setBurnupList(float[]) - Method in class jargon.SimpleCompo
set the burnup steps in MYday/Tonne corresponding to the flux calculations.
setChi(Composition, float[]) - Method in class jargon.Macrolib
set the fission spectrum in a medium.
setCluster(Gigogne[], int[], float[], float[]) - Method in class jargon.Gigogne
define a cluster.
setCluster(Gigogne[], int[], float[], float[], float[]) - Method in class jargon.Gigogne
define a cluster with non unigorm angular separation between the pins
setComposition(Isotope[], float[]) - Method in class jargon.Composition
definition of Isotope-type components.
setComposition(float, Isotope[], float[]) - Method in class jargon.Composition
definition of Isotope-type components.
setComposition(Composition[], float[]) - Method in class jargon.Composition
definition of Composition-type components.
setCylinder(String) - Method in class jargon.SimpleCell
set the type of cylinderization for approximations "ROTH" and "ROT+" in Sybil.
setDepl(float, float, String, String, float) - Method in class jargon.Evo
a burnup calculation between an initial and a final time must be performed.
setDiff(Composition, float[]) - Method in class jargon.Macrolib
set the isotropic diffusion coefficients in a medium.
setEdit(int) - Method in class jargon.SimpleCell
set the edition index for this computational scheme.
setEdit(int) - Method in class jargon.SimpleCompo
set the edition index for this computational scheme.
setFixe(Composition, float[]) - Method in class jargon.Macrolib
set the fixed sources in a medium.
setGeometry(String) - Method in class jargon.Gigogne.Bihet
set the geometric type of micro structures.
setGigogne(Gigogne) - Method in class jargon.SimpleCell
set the geometry.
setGigogne(Gigogne) - Method in class jargon.SimpleCompo
set the geometry.
setGlobal(String, String) - Method in class jargon.Compo
set a new global parameter.
setGlobal(String, String, String) - Method in class jargon.Compo
set a new user-defined global parameter.
setGlobal(String, String, Microlib, Composition) - Method in class jargon.Compo
set a new temperature-type global parameter.
setGlobal(String, String, Isotope, Microlib, Composition) - Method in class jargon.Compo
set a new isotopic concentration-type global parameter.
setGlobal(String, String, Autop, Composition) - Method in class jargon.Compo
set a new temperature-type global parameter.
setGlobal(String, String, Isotope, Autop, Composition) - Method in class jargon.Compo
set a new isotopic concentration-type global parameter.
setHFactor(Composition, float[]) - Method in class jargon.Macrolib
set the power factors in a medium.
setIrset(float, int) - Method in class jargon.Isotope
set the Goldstein-Cohen parameters.
setIsotopesEdit(Isotope[]) - Method in class jargon.SimpleCompo
set the particularized isotopes of the outout Compo object.
setLeakType(String[]) - Method in class jargon.SimpleCell
set the type of leakage approximation for the flux calculation.
setLifo(Lifo) - Method in class jargon.Cle2000
attach a lifo stack to the Cle2000 object
setLocal(String, String) - Method in class jargon.Compo
set a new local parameter.
setLocal(String, String, Isotope) - Method in class jargon.Compo
set a new isotopic concentration-type local parameter.
setMacrolib(Macrolib) - Method in class jargon.SimpleCell
set the cross section information.
setMaxr(int) - Method in class jargon.SimpleCell
set the number of computer words used in the dynamic allocation algorithm of the tracking operator.
setMicrolib(Microlib) - Method in class jargon.SimpleCompo
set the cross section information.
setMixture(Composition, Composition, float[], Composition[][]) - Method in class jargon.Gigogne.Bihet
set a single double-heterogeneity media.
setNormalizationFactor(float) - Method in class jargon.SimpleCompo
set the normalization factor.
setNuSigf(Composition, float[]) - Method in class jargon.Macrolib
set the macroscopic fission cross sections multiplied by the average number of neutron produced per fission in a medium.
setOption(String) - Method in class jargon.SimpleCell
set the type of flux calculation.
setParam(String, float) - Method in class jargon.Compo
set a float-value type global parameter
setParam(String, int) - Method in class jargon.Compo
set a integer-value type global parameter
setParam(String, String) - Method in class jargon.Compo
set a String-value type global parameter
setRadius(float[]) - Method in class jargon.Gigogne.Bihet
define the radius for a single type of micro-structure.
setRibox(int) - Method in class jargon.Isotope
define the energy groups where the "Ribox" self-shielding model is used.
setRibox() - Method in class jargon.Isotope
Physical probability tables are used in all groups.
setSave(float, String, String, float) - Method in class jargon.Evo
the current isotopic concentration and the microscopic reaction rates resulting from the last transport calculation will be normalized and stored on the embedded LCM structure in a sub-directory corresponding to a specific time.
setSave(String) - Method in class jargon.Evo
the current isotopic concentration and the microscopic reaction rates resulting from the last transport calculation will not be stored in the embedded LCM structure.
setScat(Composition, int, int, float[], int, int) - Method in class jargon.Macrolib
set the Legendre order-ordered scattering information for each secondary energy group jg.
setSet(float, String) - Method in class jargon.Compo
set the time flag
setSet(float, String) - Method in class jargon.Evo
recover the isotopic concentration already stored in the embedded LCM structure from a sub-directory corresponding to a specific time.
setSimpleSS(String, Isotope, Composition[]) - Method in class jargon.Autop
activate the simplified self-shielding approximation in which a single self-shielded isotope is shared by many resonant mixtures.
setSimpleSS(String, Isotope) - Method in class jargon.Autop
activate the simplified self-shielding approximation in which a single self-shielded isotope is shared by many resonant mixtures.
setSolutionType(String) - Method in class jargon.SimpleCell
set the type of solution algorithm.
setSolutionType(String) - Method in class jargon.SimpleCompo
set the type of solution algorithm.
setTempFuelList(float[]) - Method in class jargon.SimpleCompo
set the fuel temperatures used as global parameters.
setTempWaterList(float[]) - Method in class jargon.SimpleCompo
set the moderator temperatures used as global parameters.
setThreadPool(ThreadPool) - Method in class jargon.SimpleCompo
set the ThreadPool.
setTotal(Composition, float[]) - Method in class jargon.Macrolib
set the macroscopic total cross sections in a medium.
setTranc(Composition, float[]) - Method in class jargon.Macrolib
set the macroscopic transport correction cross sections in a medium.
setType(String) - Method in class jargon.SimpleCell
set the type of multicell approximation for Sybil.
setVolume(float) - Method in class jargon.SimpleCompo
set the volume of the complete domain.
Sfun - Class in jargon
Collection of special functions.
SimpleCell - Class in jargon
This class is an example implementation of a computational scheme dedicated to a single flux calculation.
SimpleCell(String) - Constructor for class jargon.SimpleCell
Use this constructor to create a new SimpleCell object.
SimpleCompo - Class in jargon
This class is an example implementation of a computational scheme dedicated to the construction of a multi-parameter reactor database.
SimpleCompo(String) - Constructor for class jargon.SimpleCompo
Use this constructor to create a new SimpleCompo object.
sin(Complex) - Static method in class jargon.Complex
Returns the sine of a Complex.
sinh(Complex) - Static method in class jargon.Complex
Returns the hyperbolic sine of a Complex.
sinh(double) - Static method in class jargon.Sfun
Returns the inverse (arc) hyperbolic sine of a double.
skip - Variable in class jargon.Asm
set to true to specify that only the reduced collision probability matrix is to be computed.
skip - Variable in class jargon.Trivaa
set to true to skip the system matrix assembly but to perform the L-D-LT factorization.
solution - Variable in class jargon.Autop
type of flux solution technique used within the self-shielding model.
solution - Variable in class jargon.Evo
numerical method used to solve the depletion (or Bateman) equations.
sph - Variable in class jargon.Autop
set to true to activate the SPH equivalence or Livolant-Jeanpierre scheme which modifies the self-shielded averaged neutron fluxes in heterogeneous geometries.
sph - Variable in class jargon.Edition
a superhomogenization (SPH) model is used to correct the integrated fluxes and the homogenized/condensed cross sections.
splitr - Variable in class jargon.Gigogne
number of zones that will be considered for each region along the radial direction.
splitx - Variable in class jargon.Gigogne
number of zones that will be considered for each region along the X-axis
splity - Variable in class jargon.Gigogne
number of zones that will be considered for each region along the Y-axis
splitz - Variable in class jargon.Gigogne
number of zones that will be considered for each region along the Z-axis
sqrt(Complex) - Static method in class jargon.Complex
Returns the square root of a Complex, with a branch cut along the negative real axis.
startThread() - Method in class jargon.Procedure
Start a thread named "Procedure Thread" to execute the procedure.
subgeo - Variable in class jargon.Gigogne
sub-geometry associated with each region inside the geometry.
suffix - Static variable in class jargon.Complex
String used in converting Complex to String.
Sybil - Class in jargon
The Sybil tracking operator produces a Jlcm structure containing the energy-independent numerotation information required to solve the integral transport equation using 1D collision probabilities and/or the interface current method (Eurydice).
Sybil(String) - Constructor for class jargon.Sybil
Use this constructor to create a new Sybil object.
symm - Variable in class jargon.Excell
index describing the rotation symmetry of the geometry.

T

tan(Complex) - Static method in class jargon.Complex
Returns the tangent of a Complex.
tanh(Complex) - Static method in class jargon.Complex
Returns the hyperbolic tanh of a Complex.
tanh(double) - Static method in class jargon.Sfun
Returns the hyperbolic tangent of a double.
temperature - Variable in class jargon.Composition
temperature in Celsius of the medium.
text(Microlib) - Method in class jargon.Autop
print the operator data in a form compatible with REDGET.
text(Microlib) - Method in class jargon.Gigogne
print the operator data in a form compatible with REDGET.
text(Macrolib) - Method in class jargon.Gigogne
print the operator data in a form compatible with REDGET.
text() - Method in class jargon.Mccg
 
text() - Method in class jargon.Operator
print the operator data in a form compatible with REDGET.
thermalEps - Variable in class jargon.Flux
convergence criterion for flux components in the thermal iteration.
thermalMax - Variable in class jargon.Flux
maximum number of thermal (up-scattering) iterations.
thread - Variable in class jargon.Procedure
Thread object used to run the procedure.
ThreadPool - Class in jargon
This class is used to create and manage a pool of threads.
ThreadPool(String[]) - Constructor for class jargon.ThreadPool
Use this constructor to create a ThreadPool object with a predefined number of servers.
ThreadPool() - Constructor for class jargon.ThreadPool
Use this constructor to create a ThreadPool object without setting the servers.
times(Complex, Complex) - Static method in class jargon.Complex
Returns the product of two Complex objects, x*y.
times(Complex, double) - Static method in class jargon.Complex
Returns the product of a Complex object and a double, x*y.
times(double, Complex) - Static method in class jargon.Complex
Returns the product of a double and a Complex object, x*y.
times(Complex) - Method in class jargon.Complex
Returns the product of this Complex object and another Complex object, this*y.
times(double) - Method in class jargon.Complex
Returns the product of this Complex object and a double, this*y.
timesReverse(double) - Method in class jargon.Complex
Returns the product of a double and this Complex, x*this.
title - Variable in class jargon.Tracking
user-defined title for the tracking.
toString() - Method in class jargon.Complex
Returns a String representation for the specified Complex.
toString() - Method in exception jargon.JargonException
overrides the toString() method in Throwable.
Tracking - Class in jargon
This is the abstract subclass for all the tracking operators available in the jargon package.
Tracking() - Constructor for class jargon.Tracking
 
traCor - Variable in class jargon.Autop
set to true to activate the transport correction option for self-shielding calculations.
trak - Variable in class jargon.Excell
type of tracking parameters.
Trivaa - Class in jargon
The Trivaa operator produces a Jlcm object containing the multigroup finite element mass and stiffness matrices required by the iterative flux solution of Trivac.
Trivaa(String) - Constructor for class jargon.Trivaa
Use this constructor to create a new Trivaa object.
Trivac - Class in jargon
The Trivac tracking operator produces a Jlcm structure containing the energy-independent numerotation information required to solve the 3D diffusion equation with Trivac.
Trivac(String, String, int) - Constructor for class jargon.Trivac
Use this constructor to create a new Trivac object in hexagonal geometry.
Trivac(String, String, int[]) - Constructor for class jargon.Trivac
Use this constructor to create a new Trivac object in Cartesian geometry.
turn - Variable in class jargon.Gigogne
orientation of the cells in a Cartesian or hexagonal assembly.
type(String) - Method in class jargon.Jlcm
Return the type of a block of information in a dictionary-type Jlcm object.
type(int) - Method in class jargon.Jlcm
Return the type of a block of information in a list-type Jlcm object.
type - Variable in class jargon.Microlib
type of microlib processing.
type - Variable in class jargon.Sybil
type of multicell approximation.
typeNode(String) - Method in class jargon.Lifo
Return the type of the node associated with a given name.
typeNode(int) - Method in class jargon.Lifo
Return the type of the node at a given position.

U

unSet() - Method in class jargon.Compo
unset the time flag
unsetDepl() - Method in class jargon.Evo
unset the instance variables related to the depletion calculation.
update(Observable, Object) - Method in class jargon.JargonFrame
implement the Observer interface.
update(Observable, Object) - Method in class jargon.ServerFrame
implement the Observer interface.
update(Observable, Object) - Method in class jargon.SimpleCompo
implement Observer interface.
ups - Variable in class jargon.Edition
set to true to specify that the reaction rates and the condensed and/or homogenized cross sections are corrected so as to eliminate up-scattering.

V

val() - Method in class jargon.Jlcm
Test the consistency of the complete native LCM object embedded in the Jlcm object.
val(String) - Method in class jargon.Jlcm
Test the consistency of the information below a key in a native LCM object embedded in the Jlcm object.
valueOf(String) - Static method in class jargon.Complex
Parses a string into a Complex.

W

weights - Variable in class jargon.Sybil
type of 2D quadrature used to integrate the collision probabilities.
writeExternal(ObjectOutput) - Method in class jargon.Jlcm
Implements the writeExternal method of the Externalizable interface used to save the contents of the Jlcm object.
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